Experimental Study on Seismic Performance of Collet Tenon

In Southeast Asia, the frequent occurrence of earthquakes makes the earthquake relief work after the earthquake extremely important. How to provide the simple ward and temporary residence in the shortest time is an urgent problem. In this experiment, a vibration platform equipped with two ranging sensors and two position five-way valve is built to simulate the actual earthquake situation. Place a tenon and mortise structure building and a control building on the shaking table. In addition to the building connection style, ensure that the other parameters of the two buildings are consistent. The Arduino design program is used to change the vibration frequency of the vibration platform and record the deformation degree of the building under different frequencies. The experimental result shows that compared with modern building, the seismic performance of tenon and mortise structure buildings is more prominent.